- CIM
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Intelligent Software for Efficiently Controlling
Various Robots and Equipment
- CIM
- COWINTECH CIM (Computer Integrated Manufacturing) is an intelligent equipment integration system that centrally controls various equipment in production sites and performs real-time status monitoring, data collection and analysis, and predictive maintenance data collection. From lower-level interfaces with various controllers to interfaces with customers' upper-level systems, it integrates on-site optimized control, Control&Monitoring, and analysis functions to realize the convergence of OT and IT.
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- ACS (AMR Control System)
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ACS provides high-level integrated management and control of AMRs. It optimizes robot movement through real-time route control and prevents traffic congestion and bottlenecks in advance, providing a stable operating environment. Efficient work scheduling maximizes robot resource utilization and improves throughput in logistics and production sites.
Key Functions
- Real-time route generation and control
- Dynamic route generation and change algorithm control
- Prevention of traffic congestion and bottlenecks
- Efficient work scheduling and task allocation
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- SCS (Storage Robot Control System)
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SCS is an intelligent control system that realizes minimum travel and maximum throughput through Storage Robot algorithms. Built-in algorithms calculate work routes efficiently and maximize equipment utilization, while reflecting field experience and know-how from Double Deep, Dual Crane, Dual Fork, and other configurations to support stable and flexible operation.
Key Functions
- Command-based equipment control
- Real-time equipment status monitoring
- Semi-automatic equipment control
- Priority processing based on automation logic
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- CCS (Conveyor Control System)
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CCS provides stable logistics flows through rule-based branch control even in complex conveyor system configurations. It prevents bottlenecks and flow delays in advance and supports balanced operation through task-based smart scheduling. By calculating the shortest and optimal routes based on logistics volume and equipment conditions, it maximizes overall logistics efficiency.
Key Functions
- Branch control according to logistics flow
- Prevention of traffic congestion and bottlenecks
- Material detection and position tracking
- Mission-based flow scheduling
- WCS
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A Smart Warehouse Management System
Connecting Warehouses and Equipment
- WCS
- COWINTECH WCS is an integrated ASRS control system that combines the strengths of WMS (Warehouse Management System) and ECS (Equipment Control System). WMS handles efficient loading, inventory management, and product tracking in automated warehouses, while ECS integrates individual equipment control systems to coordinate overall equipment flows. WCS organically connects warehouse operation and equipment control to manage the entire logistics and production process efficiently and reliably.
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- WMS (Warehouse Management System)
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WMS optimally operates and manages automated warehouses through inbound/outbound management, inventory management, and location assignment. Based on real-time inventory and location information, it manages logistics flows, determines storage locations and outbound sequences for inbound materials, and serves as an intelligent order manager that sends work instructions to ECS.
Key Functions
- Inventory management including inbound and outbound operations
- Efficient work instructions based on customer-specific algorithms
- Real-time material monitoring and management
- Efficient work scheduling and task allocation
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- ECS (Equipment Control System)
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ECS is an upper-level control system that integrates and manages various equipment control modules such as SCS, CCS, and ACS. It coordinates logistics flows between complex equipment and manages overall routing plans and execution beyond single-equipment control. Even in environments without upper-level systems such as MES or MCS, it independently provides Control&Monitoring for automation operations, reducing cost and complexity while realizing advanced automation.
Key Functions
- Equipment control and scheduling
- Efficient route calculation and change algorithm control
- Safety control including waiting and collision avoidance
- Equipment status check through UI
- ECMS
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An Intelligent Management System
that Reads and Predicts Equipment Data
- ECMS
- COWINTECH ECMS (Equipment Condition Management System) collects and analyzes various on-site data from robots, equipment, and other sources to support equipment management, including lifecycle management and failure prediction. Through real-time status monitoring, it detects equipment abnormalities early and enables preventive maintenance. Data-based predictive management reduces unnecessary downtime and maximizes equipment stability and operational efficiency.
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- ECMS - Data Collector
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ECMS - Data Collector precisely collects data required for ECMS judgment from various sources such as controllers, other systems, and edge drivers. It reliably collects data down to the raw data level, secures all information required for equipment operation without omission, and supports data integrity checks and recollection of missing data.
Key Functions
- Precise collection at the raw data level
- Data integrity and missing-data detection and recollection
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- ECMS - Core
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ECMS - Core analyzes collected data to calculate equipment lifecycle management and failure prediction. It comprehensively analyzes various data, including current, voltage, temperature, mechanical movement, usage count, and vibration, and supports proactive responses by predicting part replacement or repair timing.
Key Functions
- Lifecycle prediction and failure prediction
- Provides part replacement and repair timing
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- ECMS - Client
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ECMS - Client intuitively displays equipment status based on collected data and analysis results. It enables real-time operational status checks through alarms and warnings, and supports quick responses through history management.
Key Functions
- Real-time equipment status dashboard
- History management including utilization rate, downtime, and failure frequency
- DIGITAL TWIN
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Intelligent Simulation
that Predicts the Future
- DIGITAL TWIN
- COWINTECH Digital Twin visualizes automation sites through 3D Viewing that replicates the movement of actual equipment in a virtual factory simulation. It provides a Setup Tool for intuitive equipment layout design and supports the implementation of optimal automation systems by analyzing and integrated monitoring layouts, logistics volume, and lead time in advance.
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- Digital Twin – 3D Setup Tool
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Digital Twin - 3D Setup Tool visualizes equipment configurations and implements movements as if they were operating in reality. Through a GUI-based intuitive interface, it enables virtual equipment configuration and system integration, while supporting efficient design and expansion through test scenario validation linked with emulators and object-based equipment modularization.
Key Functions
- 3D process and logistics simulation
- Monitoring of lead time, logistics volume, automatic routes, and more
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- Digital Twin – 3D Viewer
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Digital Twin - 3D Viewer provides a customer-oriented interactive virtual environment. It supports 3D-based equipment visualization and real-time monitoring, and provides user operation history and equipment status inquiry functions. Through replay functions that reproduce equipment status and movement, along with a UI optimized for Control&Monitoring, it provides an intuitive and efficient operating environment.
Key Functions
- Real-time 3D visualization
- Movement/status replay and history/log inquiry
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- Digital Twin – 3D Simulator
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Digital Twin - 3D Simulator implements equipment operation and controllers with a realistic feel, enabling pre-testing and validation. It supports controller modularization and provides virtual operation simulation for each piece of equipment. Through control signal transmission/reception and linkage with the Setup Tool, it pre-validates control logic and supports stable automation implementation.
Key Functions
- Virtual commissioning
- Controller modularization and linkage
- SMART MANAGEMENT
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A Function for Deeper Equipment Insight
and Smarter Management
- SMART MANAGEMENT
- COWINTECH SMART MANAGEMENT is an expandable module platform that can be used in connection with various systems. It continuously expands functions such as an LLM module that provides desired information conversationally based on collected data, and a Replayer module that reproduces equipment status from the present to the past, helping customers manage and utilize delivered systems more easily and conveniently.
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- LLM
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LLM operates based on data collected from various systems, from CIM to WCS and ECMS. Users can ask natural-language questions about equipment status and operational data and receive intuitive answers, allowing them to quickly understand equipment conditions without directly interpreting numbers or logs. LLM elevates the way data is utilized to a new level, enabling smarter and more efficient decision-making.
Key Functions
- Natural-language Q&A for automation data
- Explanation of abnormal equipment signs
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- Replayer
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Replayer uses time-based collected data to replay equipment status like a video. Users can move to a specific point in time to directly check error causes or sensor data, enabling intuitive analysis of problem situations and improving the reliability and responsiveness of equipment operation.
Key Functions
- Timeline replay and scrub
- Synchronization of alarms, sensors, events, and equipment actions
